Solutions Architect in Reading

Job Title: Cloud Native Telco Solution Architect

Location: London / Reading / Bristol (Hybrid)

Contract: 12 Months (Starting May 2026 – Extension Possible)

We are looking for a Senior Telco Solution Architect to support the architecture and deployment of telecom solutions within a cloud native environment. This role will involve working across the full lifecycle from definition and design through to installation, configuration, integration, validation, and migration/go-live support.

Key Responsibilities

• Lead the architecture and deployment of telco solutions in a Cloud Native Environment (CNE)
• Support the design, installation, configuration, integration, and validation of 5G network functions
• Assist with migration activities and go-live support
• Work closely with engineering, support, product management, and sales teams across major telecom operators
• Provide clear communication, progress updates, and issue reporting to stakeholders
• Take a lead role within project teams, guiding technical delivery and architecture decisions

Required Experience

• 5+ years’ experience in telecom architecture and deployment within cloud native environments
• Strong knowledge of Cloud Native Environments (CNE)
• Experience with 5G Network Functions, particularly:
• SCP
• NRF
• SEPP
• Experience with Oracle technologies is highly desirable
• Hands‑on experience with tools such as YAML, Terraform, scripting, tracing, Prometheus, and Grafana
• Experience working with large telecom operators and multi‑stakeholder environments
• Previous experience in a Solution Architect or technical leadership role

Additional Requirements

• British citizen or eligible to obtain certification to work under UK government regulations
• Ability to travel within the UK when required
• Comfortable working in team environments with multiple stakeholders

Location

Preferred base location: London, Reading, or Bristol with hybrid/partial remote working.

Start Date

May 2026 for an initial 12-month contract with potential extension.